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Here's the entire scene code. For the atmosphere, you can use my Windows
tool PCP ("POV-Ray Color Picker") which I made available in the
"povray.binaries. utilities" newsgroup.
Greetings,
Sven
#include "colors.inc"
#include "textures.inc"
#include "shapes.inc"
#include "metals.inc"
#include "glass.inc"
#include "woods.inc"
#declare Jupiter = texture { pigment { image_map { jpeg "E:\Scripts\Eigene
Bilder\Povray Textures\Sphere_Jupiter_01.jpg" map_type 1 } rotate < 0.0,
0.0, 0.0 > } finish { ambient 0.0 } }
#declare Jupiter_Callisto = texture { pigment { image_map { jpeg
"E:\Scripts\Eigene Bilder\Povray Textures\Sphere_Jupiter_Callisto_01.jpg"
map_type 1 } rotate < 0.0, 0.0, 0.0 > } finish { ambient 0.0 } }
#declare Jupiter_Europa = texture { pigment { image_map { jpeg
"E:\Scripts\Eigene Bilder\Povray Textures\Sphere_Jupiter_Europa_01.jpg"
map_type 1 } rotate < 0.0, 0.0, 0.0 > } finish { ambient 0.0 } }
#declare Jupiter_Ganymede = texture { pigment { image_map { jpeg
"E:\Scripts\Eigene Bilder\Povray Textures\Sphere_Jupiter_Ganymede_01.jpg"
map_type 1 } rotate < 0.0, 0.0, 0.0 > } finish { ambient 0.0 } }
#declare Jupiter_Io = texture { pigment { image_map { jpeg
"E:\Scripts\Eigene Bilder\Povray Textures\Sphere_Jupiter_Io_01.jpg" map_type
1 } rotate < 0.0, 0.0, 0.0 > } finish { ambient 0.0 } }
#declare Mars = texture { pigment { image_map { jpeg "E:\Scripts\Eigene
Bilder\Povray Textures\Sphere_Mars_02.jpg" map_type 1 } rotate < 0.0, 0.0,
0.0 > } finish { ambient 0.0 } }
#declare Mars_Deimos = texture { pigment { image_map { jpeg
"E:\Scripts\Eigene Bilder\Povray Textures\Sphere_Mars_Deimos_01.jpg"
map_type 1 } rotate < 0.0, 0.0, 0.0 > } finish { ambient 0.0 } }
#declare Mars_Phobos = texture { pigment { image_map { jpeg
"E:\Scripts\Eigene Bilder\Povray Textures\Sphere_Mars_Phobos_01.jpg"
map_type 1 } rotate < 0.0, 0.0, 0.0 > } finish { ambient 0.0 } }
#declare Mercury = texture { pigment { image_map { jpeg "E:\Scripts\Eigene
Bilder\Povray Textures\Sphere_Mercury_01.jpg" map_type 1 } rotate < 0.0,
0.0, 0.0 > } finish { ambient 0.0 } }
#declare Neptune = texture { pigment { image_map { jpeg "E:\Scripts\Eigene
Bilder\Povray Textures\Sphere_Neptune_01.jpg" map_type 1 } rotate < 0.0,
0.0, 0.0 > } finish { ambient 0.0 } }
#declare Neptune_Proteus = texture { pigment { image_map { jpeg
"E:\Scripts\Eigene Bilder\Povray Textures\Sphere_Neptune_Proteus_01.jpg"
map_type 1 } rotate < 0.0, 0.0, 0.0 > } finish { ambient 0.0 } }
#declare Pluto = texture { pigment { image_map { jpeg "E:\Scripts\Eigene
Bilder\Povray Textures\Sphere_Mercury_01.jpg" map_type 1 } rotate < 0.0,
0.0, 0.0 > } finish { ambient 0.0 } }
#declare Saturn = texture { pigment { image_map { jpeg "E:\Scripts\Eigene
Bilder\Povray Textures\Sphere_Saturn_01.jpg" map_type 1 } rotate < 0.0, 0.0,
0.0 > } finish { ambient 0.0 } }
#declare Saturn_Enceladus = texture { pigment { image_map { jpeg
"E:\Scripts\Eigene Bilder\Povray Textures\Sphere_Saturn_Enceladus_01.jpg"
map_type 1 } rotate < 0.0, 0.0, 0.0 > } finish { ambient 0.0 } }
#declare Saturn_Iapetus = texture { pigment { image_map { jpeg
"E:\Scripts\Eigene Bilder\Povray Textures\Sphere_Saturn_Iapetus_01.jpg"
map_type 1 } rotate < 0.0, 0.0, 0.0 > } finish { ambient 0.0 } }
#declare Saturn_Rhea = texture { pigment { image_map { jpeg
"E:\Scripts\Eigene Bilder\Povray Textures\Sphere_Saturn_Rhea_01.jpg"
map_type 1 } rotate < 0.0, 0.0, 0.0 > } finish { ambient 0.0 } }
#declare Saturn_Titan = texture { pigment { image_map { jpeg
"E:\Scripts\Eigene Bilder\Povray Textures\Sphere_Saturn_Titan_01.jpg"
map_type 1 } rotate < 0.0, 0.0, 0.0 > } finish { ambient 0.0 } }
#declare Sun = texture { pigment { image_map { jpeg "E:\Scripts\Eigene
Bilder\Povray Textures\Sphere_Sun_01.jpg" map_type 1 } rotate < 0.0, 0.0,
0.0 > } finish { ambient 2.0 } }
#declare Uranus = texture { pigment { image_map { jpeg "E:\Scripts\Eigene
Bilder\Povray Textures\Sphere_Uranus_01.jpg" map_type 1 } rotate < 0.0, 0.0,
0.0 > } finish { ambient 0.0 } }
#declare Venus = texture { pigment { image_map { jpeg "E:\Scripts\Eigene
Bilder\Povray Textures\Sphere_Venus_01.jpg" map_type 1 } rotate < 0.0, 0.0,
0.0 > } finish { ambient 0.0 } }
#declare EarthLights = texture { pigment { image_map { png
"E:\Scripts\Eigene Bilder\Povray Textures\Sphere_Earth_Lights_01b.png"
map_type 1 } rotate < 0.0, 0.0, 0.0 > } finish { ambient 0.25 } }
#declare EarthClouds = texture { pigment { image_map { png
"E:\Scripts\Eigene Bilder\Povray Textures\Sphere_Earth_Clouds_03.png"
map_type 1 } rotate < 0.0, 0.0, 0.0 > } finish { ambient 0.0 } }
global_settings
{
assumed_gamma 2.0
radiosity { } //
}
camera
{
location < 000.0, 0.0, -300.0 >
look_at < 000.0, 0.0, 0.0 >
}
/**/
light_source
{
< 1000.0, 0.0, 250.0 >
color White *3
}
#macro StarSubPigment(StarSize, StarFrequency)
crackle
form < 1.0, 0.0, 0.0 >
#local Cutoff=StarSize*StarFrequency;
color_map
{
[ Cutoff rgb 1.0 ]
[ Cutoff rgb 0.0 ]
}
scale 1/StarFrequency
#end
// minsize, maxsize = size range of stars (some stars will always be smaller
due to nature of crackle pattern)
// starfrequency = how many stars
// variationfrequency = how quickly their size changes
#macro StarPigment(MinSize, MaxSize, StarFrequency, VariationFrequency)
#local NumSizeSteps=8;
pigment
{
pigment_pattern
{
bozo
color_map
{
[ 0.0 rgb 0.25 ]
[ 1.0 rgb 1.00 ]
}
scale 1/VariationFrequency
}
pigment_map
{
#local StepNum=0;
#while (StepNum<NumSizeSteps)
#local SizeAmnt=(StepNum+.5)/NumSizeSteps;
#local PreSize=MinSize+(StepNum/NumSizeSteps)*(MaxSize-MinSize);
#local PostSize=MinSize+((StepNum+1)/NumSizeSteps)*(MaxSize-MinSize);
[ SizeAmnt StarSubPigment(PreSize,StarFrequency) ]
[ SizeAmnt StarSubPigment(PostSize,StarFrequency) ]
#local StepNum=StepNum+1;
#end
}
}
#end
sky_sphere
{
StarPigment
(
0.000001, // min star size
0.000007, // max star size
20000, // star density (higher = more)
5 // variation frequency (higher = star size changes more over
nearby parts of the sky)
)
}
/*
Jupiter
Jupiter_Callisto
Jupiter_Europa
Jupiter_Ganymede
Jupiter_Io
Mars
Mars_Deimos
Mars_Phobos
Mercury
Neptune
Neptune_Proteus
Pluto
Saturn
Saturn_Enceladus
Saturn_Iapetus
Saturn_Rhea
Saturn_Titan
Sun
Uranus
Venus
EarthLights
EarthClouds
*/
#declare Surface=sphere
{
0.0, 1.0
texture { Venus }
// texture { EarthLights }
/*
normal
{
bump_map
{
jpeg "Sphere_Earth_Bumps_01.jpg"
map_type 1
}
}
*/
}
#declare Clouds=sphere
{
0.0, 1.0002
texture { EarthClouds }
normal
{
// density_file df3 "Sphere_Earth_Bumps_01.df3"
// interpolate 1
bump_map
{
jpeg "Sphere_Earth_Clouds_Bumps_03.jpg"
map_type 1
}
}
}
#declare Atmosphere=sphere
{
< 0.0, 0.0, 0.0 > 1.0
pigment
{
color rgbt < 0.5, 0.5, 0.8, 1.0 >
}
hollow
interior
{
media
{
intervals 10
scattering
{
2,
rgb < 0.3, 0.3, 1.0 > // Use here my Windows tool PCP (POV-Ray Color
Picker), found at the "povray-binaries.utils" newsgroup.
extinction 1.0
} // 0.75
density
{
spherical
color_map
{
[ 0.000 rgb < 0.0, 0.0, 0.0 > ] // Use here my Windows tool PCP
(POV-Ray Color Picker), found at the "povray-binaries.utils" newsgroup.
[ 1.000 rgb < 0.5, 0.5, 0.8 > ] // Use here my Windows tool PCP
(POV-Ray Color Picker), found at the "povray-binaries.utils" newsgroup.
}
}
samples 1, 10
confidence 0.9999
variance 1/1000
ratio 0.9
}
}
finish { ambient 0.0 diffuse 0.9/**/ }
scale 1.005
}
#declare Planet=union
{
object { Surface } //
// object { Clouds } //
// object { Atmosphere } //
scale 100.0
}
object { Planet }
/*
One AU is the mean distance between the Earth and the Sun, or 149 598 000
kilometres.
Other units in common use include the gigametre (Gm, one million kilometres)
and the terametre (Tm, one billion/milliard kilometres).
Many planets have multiple times the Earth mass (EM).
Each planet has an own day length mesured by Earth days (ED) or Earth years
(EY).
Solar Bodies: Sol Distance - Mass/Diameter - Year - Day
Sol (0 AU) ( EM / KM)
Mercury (0.39) ( EM / 4879 km) (88 ED) (58.7/176 ED)
Venus (0.72) ( EM / KM) (584 ED) (116.75 ED)
Earth (1 AU) (1 EM / 12,600 KM) (365.2564 ED) (23 h 56 min 4.091 s)
Mars (1.5 AU) (1/10 EM / 6.300 KM) (687 ED) (24 h 39 min 35.244 s)
Asteroid Belt (2.3 AU - 3.3 AU) (1/100 EM) ( ED)
Jupiter (5.2 AU) (317.8 EM / 142,984 KM) (10 ED) (4333.2867 ED)
Saturn (5.2 AU) (95 EM /120,536 KM) (10,7561995 ED) (10 h 14 min 00 s / 10 h
39 min 24 s / 10 h 39 min 22.4 s / 10 h 45 m 45 sS : Poles:
Equator:RadioEarth:RadioCassini)
Uranus (19.6 AU) (14 EM / 51,118 KM) (30,7074896 ED) (17.24 ED)
Neptune (30 AU) (17 EM / 49,532 KM) (60,223.3528 ED) (16.11 h)
Kuiper Belt (30 AU - 50 AU) ( EM)
Pluto + Charon (29.7 AU perihelion - 49.5 AU aphelion) (0.0021 EM / 2306 KM)
(90,613.3055 ED) (6.39 ED)
Xena [2003 UB313] (38.2 AU perihelion - 97.6 AU aphelion) ( EM / 2400 KM)
(203,500 ED) ( ED)
Sedna (76 AU perihelion - 928 AU aphelion) 10,500-year orbit ( EM /
1180-1800 KM) (4401380 ED) (10 h)
Heliosphere (0 AU - 95 AU)
Termination Shock (95 AU)
Heliosheath (95 AU - 135/245 AU)
Heliopause (245 AU)
Bow Shock (245 AU)
Oort Cloud (50,000 AU - 100,000 AU)
Interstellar Medium (95 AU - ..)
http://en.wikipedia.org/wiki/Solar_system
Please complete this data
*/
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com> wrote: